Fluid Dynamics and Heat Transfer.
We simulate gas and liquid flows and temperature distributions in your systems. Reduce the need for physical prototypes and improve performance through measurable data.
Accuracy from simulation to implementation.
Computational Fluid Dynamics (CFD) maps complex flow and temperature behaviour while a product is still in the design phase. We assess performance parameters through scientific data rather than assumptions.
Aerodynamic Performance
We numerically investigate air–surface interactions, identify sources of drag and improve efficiency.
Thermal Management
We optimise temperature distributions and heat transfer, from electronic cooling systems to industrial furnaces.
Local Pressure Improvements
We identify flow separation and pressure losses in pipes, lines and transport systems to improve channel design.
Which decisions does CFD analysis support?
Problem
It reveals engineering risks such as pressure loss, temperature distribution, flow separation and inadequate ventilation or cooling.
Method
We prepare numerical simulations using geometry, a computational mesh, boundary conditions, fluid properties and turbulence and heat transfer models.
Deliverables
Velocity, pressure, temperature and performance maps, alongside practical design revisions and a technical report.
Assess performance through data.
Does your design need CFD analysis? Share your project details to start the simulation process and assess risks before production.